User-side distributed energy power generation management system

Abstract

The invention provides a user-side distributed energy power generation management system. The user-side distributed energy power generation management system comprises an online monitoring subsystem and an information publishing subsystem which are connected through an isolation device. The information publishing subsystem is mainly used for Web displaying for relevant enterprises and the societal public. The online monitoring subsystem is responsible for acquisition, collection, monitoring and analysis of real-time data such as electric energy data, electric energy quality, environmental data, equipment working conditions and the like of distributed power generation projects. The system can acquire real-time power generation data of the distributed energy power generation projects within a certain range, provide technical services such as monitoring, analysis, evaluation, grid connection, information publishing and the like for users, achieve concentrated digital supervision of the distributed energy power generation projects, and provide technical support and data support for the government to carry out the low-carbon and energy-saving strategy and make and implement the clean energy development plan and related policies.

Description

technical field [0001] The invention relates to an online monitoring management system, in particular to a user-side distributed energy generation management system. Background technique [0002] Since the beginning of the 21st century, the world's resource and environmental problems have become increasingly prominent, and distributed energy has become a hot topic of common research in the world. In order to achieve sustainable economic and social development, respond to climate change, and promote the implementation of energy conservation and emission reduction strategies, the development of distributed clean energy has become an important link in sustainable development. [0003] There are many problems in distributed energy generation. First, the distributed power generation equipment is scattered and not centralized, and the safety of the equipment may be affected by the environment, natural disasters or man-made damage. Manual inspections are expensive and time-sensiti...

AI Technical Summary

Problems solved by technology

First, the distributed power generation equipment is scattered and not centralized, and the safety of the equipment may be affected by the environment, natural disasters or man-made damage. Manual inspections are expensive and time-sensitive; Power generation parameters such as power quality are greatly affected by the external environment and directly affect the safety and operation of electrical equipment; third, the grid connection of distributed power generation projects will have a negative impact on the stability of the large power grid and relay protection equipment

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